Two-photon interference, Hong-Ou-Mandel (HOM) interference [1]}, is a genuine quantum effect with no classical counterpart. Since a single experiment can unveil the quantum features of particle-wave duality and indistinguishability simultaneously, the HOM interference has attracted significant interest over the past decades [2]}, [3]} and has been generalized to many other quantum particles or quasi-particles, such as two atoms [4]}, [5]}, two deterministic collective excitations in an atomic ensemble [6]}, two surface plasmons [7]}, [8]}, [9]}, [10]} and two phonons [11]}. Unlike the bunching effect in the HOM interference of two indistinguishable Bosons, the anti-bunching effect will be resulted from the interference of two indistinguishable Fermions [12]}, [13]}.
